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    • 93. 发明申请
    • Mold Device and Mirror Plate
    • 模具和镜面板
    • US20090041881A1
    • 2009-02-12
    • US12085449
    • 2006-11-21
    • Hiroyuki SawaishiKazuhiro HattoriRyohsuke Niwaki
    • Hiroyuki SawaishiKazuhiro HattoriRyohsuke Niwaki
    • B29C45/03
    • B29C45/2632G11B7/263
    • An object is to prevent internal stress from remaining in a molded product to thereby improve the quality of the molded product. A mold apparatus (10) includes a first plate and a second plate which is disposed to face the first plate and is made of the same material as that of the first plate. At least one of the first and second plates has voids formed in its surface facing the other plate. Since at least one of the first and second plates has a plurality of voids formed in its surface facing the other plate, a molding material present in a cavity can be prevented from suffering local temperature unevenness. The pattern of a cavity insert can be satisfactorily transferred to a molded product to thereby improve the quality of the molded product. Since the first and second plates are made of the same material, diffusion bonding can be easily conducted. Furthermore, since the first and second plates have the same coefficient of thermal expansion, the mold apparatus (10) can have improved durability.
    • 目的在于防止内部应力残留在模制品中,从而提高模制品的质量。 模具装置(10)包括第一板和第二板,该第一板和第二板被设置为面对第一板并且由与第一板相同的材料制成。 第一和第二板中的至少一个在其面向另一个板的表面中形成有空隙。 由于第一板和第二板中的至少一个板在其面向另一板的表面中形成有多个空隙,因此可以防止存在于空腔中的模制材料遭受局部温度不均匀。 空心插入物的图案可以令人满意地转移到模制产品中,从而提高模制产品的质量。 由于第一和第二板由相同的材料制成,所以可以容易地进行扩散接合。 此外,由于第一和第二板具有相同的热膨胀系数,所以模具装置(10)可以具有改善的耐久性。
    • 94. 发明授权
    • Discrete track magnetic recording medium with lift-adjusting surface
    • 具有升降面的离散轨道磁记录介质
    • US07423841B2
    • 2008-09-09
    • US10891055
    • 2004-07-15
    • Mitsuru TakaiKazuhiro Hattori
    • Mitsuru TakaiKazuhiro Hattori
    • G11B5/82G11B21/21
    • B82Y10/00G11B5/012G11B5/6082G11B5/743G11B5/82G11B2005/001
    • A magnetic recording medium capable of preventing contact with a magnetic head for use in recording or reproduction, during recording or reproducing of record data. The magnetic recording medium has a disk-shaped substrate having a surface formed with an annular data-recording area, an outer area outward of the data-recording area, and an inner area inward of the same. The annular data-recording area has a plurality of tracks separated from each other by concentric separating grooves. At least one of the outer area and the inner is subjected to lift-adjusting treatment for enabling adjustment of lifts applied to the magnetic head. This makes it possible to effectively prevent the magnetic head from being inclined to be brought into contact with the magnetic recording medium.
    • 一种磁记录介质,能够在记录或再现记录数据期间防止与用于记录或再现的磁头的接触。 磁记录介质具有一个具有形成有环形数据记录区域,数据记录区域外部的外部区域和其内部的内部区域的盘形基板。 环形数据记录区域具有通过同心分隔槽彼此分离的多个轨迹。 对外部区域和内部中的至少一个进行升降调节处理,以便能够调节施加到磁头的电梯。 这使得可以有效地防止磁头倾斜于与磁记录介质接触。
    • 95. 发明申请
    • Lens barrel and image capturing apparatus
    • 镜筒和摄像装置
    • US20080024888A1
    • 2008-01-31
    • US11825127
    • 2007-07-03
    • Kazuhiro HattoriHiroyuki Mori
    • Kazuhiro HattoriHiroyuki Mori
    • G02B7/04
    • G02B7/102
    • The present invention may provide a lens barrel which may include a guide shaft, and a movable lens frame. The barrel may be with an image capturing optical system disposed therein. The guide shaft may be disposed in the barrel and may extend parallel to the optical axis of the image capturing optical system. The movable lens frame may be reciprocally movable along the guide shaft in the barrel and holding lenses of the image capturing optical system. The barrel may include a wall supporting the guide shaft. The wall may include a light shield member projecting therefrom along the guide shaft in covering relation to a surface of the guide shaft which faces the optical axis.
    • 本发明可以提供一种镜筒,其可以包括导向轴和可移动透镜框。 枪管可以具有设置在其中的摄像光学系统。 引导轴可以设置在镜筒中并且可以平行于图像拍摄光学系统的光轴延伸。 可移动透镜框架可以沿着镜筒中的引导轴和摄像光学系统的保持透镜往复移动。 枪管可以包括支撑引导轴的壁。 壁可以包括沿着导向轴从其突出的遮光构件,该遮光构件与导向轴的面向光轴的表面相关。
    • 98. 发明授权
    • Apparatus for producing slush nitrogen and method for producing the same
    • 硫化氮生产装置及其制造方法
    • US07155930B2
    • 2007-01-02
    • US11165528
    • 2005-06-23
    • Kuniaki KawamuraAkito MachidaMasamitsu IkeuchiKazuhiro HattoriKouichi MatsuoHideharu Yanagi
    • Kuniaki KawamuraAkito MachidaMasamitsu IkeuchiKazuhiro HattoriKouichi MatsuoHideharu Yanagi
    • F25J1/00F17C5/00
    • F25J1/0015F25C1/00F25D3/10F25J1/0221F25J1/0251F25J1/0276F25J2205/20F25J2205/30F25J2205/90F25J2210/42F25J2240/60
    • Liquid nitrogen is filled in a low temperature vessel; an ejector that sucks liquid nitrogen by blowing a cooling agent (liquid or gas) such as low temperature helium gas or liquid helium of pressure higher than in the space within the vessel is disposed in the vessel; the liquid nitrogen blown with the cooling agent is cooled by the cooling agent to become fine particles of solid nitrogen which fall down; and gas in a space of the vessel is discharged out of the vessel so as to maintain the pressure of the space higher than the atmospheric pressure.A gaseous phase of liquid nitrogen in an adiabatic vessel is depressurized to vaporize nitrogen in a liquid phase so that a temperature of the nitrogen is reached to the triple point of nitrogen by lowering temperature thereby and solid nitrogen is produced by keeping at the triple point, and that the produced solid nitrogen is transformed into slush by stirring the content of the adiabatic vessel.In a method for cooling a super conductive body in which a material showing a state of super conductance in the vicinity of the temperature of liquid nitrogen or of the temperature liquid nitrogen and solid nitrogen coexist is used, a method for cooling a super conductive body characterized in that the super conductive body is immersed in slush nitrogen held in an adiabatic vessel, and that the body is contacted with slush nitrogen to cool.
    • 液氮填充在低温容器中; 喷射器通过吹送诸如低温氦气或低于容器内的空间的压力的液氦的冷却剂(液体或气体)而吸入液氮; 用冷却剂吹入的液氮被冷却剂冷却,成为脱落的固体氮的细小颗粒; 并且将容器的空间中的气体排出容器,以保持空间的压力高于大气压力。 将绝热容器中的氮气气相减压以使液相中的氮气蒸发,由此通过降低温度将氮气的温度达到氮的三分之一,由此通过保持三相点产生固体氮, 并且通过搅拌绝热容器的内容物将所产生的固体氮转变成泥浆。 在使用在液氮温度或液氮附近存在超导状态的材料和固体氮共存的超导电体的冷却方法中,使用超导电体的冷却方法, 因为超导体被浸入保持在绝热容器中的冰冷的氮气中,并且使主体与冷却氮气接触以冷却。